Winegard FV-HD45, FVHD45C installation instructions Front Assembly

Page 5

Slide the crimped end of the front assembly boom into the open end of the back assembly boom (Figure 4). Re-insert the screw into the plastic block closest to the mast clamp, and secure with the flange nut.

Figure 4

Front Assembly	Screw	Back Assembly
Crimped End	Screw		Mast
	Insertion		Mast
	Site	Clamp

Then, slip the phasing lines onto the threaded rivets near the reflector brackets. Add a washer onto each rivet. Thread a small nut onto each rivet. See Figure 5.

Figure 5

Top View	Side View

	Reflector Bracket	Rivet




Phasing
Lines	Phasing
	Lines

Unfold the elements on the two corner reflectors as in Figure 6. You should hear the pieces click into place.

Figure 6

Before

After

Corner Reflector

Image 5

Contents For Models FV-HD45/FVHD45C FreeVision Antenna Parts List Location Selection Things to Consider Before Installing the AntennaAssembling the Antenna Front Assembly Reflector Brackets For RF Channels 2-6 and/or FM Adding the Low Band VHF Add-On KitShortest Element Extension Longest Element Mounting the Antenna Attaching the Coax CableProviding Lightning Protection for the Antenna Troubleshooting Amplifying the SignalDAY Limited Warranty Manual de Instrucciones Lista de Partes Selección de la Ubicación Lo que se Debe Considerar Antes de Instalar la AntenaAntes Ensamble de la AntenaConjunto Delantero Apriete las dos tuercas de brida. Vea la Figura Para Canales 2-6 de RF y FM Agregando el Kit Adicional VHF de Banda BajaExtensión de Elemento Más Corta Más Larga Montaje de la Antena Sujeción del Cable CoaxialProporcionando Protección Contra Relámpagos para la Antena Amplificando la Señal Solución de ProblemasGarantía Limitada DE 90 Días

FVHD45C, FV-HD45 specifications

The Winegard FV-HD45 and FV-HD45C are innovative over-the-air antennas designed to enhance the television viewing experience by providing crystal-clear HD signal reception. These antennas cater to consumers looking for efficient solutions to access free broadcast channels without relying on cable or satellite services.

One of the defining features of the FV-HD45 and FV-HD45C is their capability to receive signals from a wide range of frequencies. Both models support VHF and UHF signals, enabling users to access a broad spectrum of local channels. This versatility is particularly beneficial in areas where channels broadcast from varying locations.

The design of the FV-HD45 and FV-HD45C emphasizes durability and flexibility. Constructed with high-quality materials, these antennas are designed to withstand the elements, making them ideal for outdoor installations. They feature a compact and lightweight design, allowing for easy mounting on roofs, walls, or even in attics.

Another notable aspect of these antennas is their advanced signal processing technology. The built-in low-noise amplifier amplifies weak signals while minimizing interference from other sources. This technology ensures clear reception, even in remote areas or locations with many obstructions. Consequently, viewers can enjoy high-definition channels with minimal pixelation or dropouts.

The FV-HD45C model additionally includes a unique reflector design that further enhances its ability to capture signals. This design increases directionality, allowing the antenna to focus on signals coming from a specific direction while reducing interference from signals coming from the sides or behind. This characteristic is particularly useful in urban environments, where signals may be scattered.

Moreover, installation of both models is user-friendly. They come equipped with detailed instructions, and the included mounting hardware simplifies the setup process. Winegard also provides access to a support network, ensuring that customers can troubleshoot any issues that may arise.

The FV-HD45 and FV-HD45C stand out in the market as reliable solutions for those seeking to cut costs and gain access to a variety of channels. With modern technologies and thoughtful design, these antennas not only fulfill the basic need for signal reception but do so with enhanced efficiency and performance, providing a seamless viewing experience for all.